On October 12-15, the 7th China International "Internet +" College Students Innovation and Entrepreneurship Competition National Finals was held at Nanchang University in Nanchang City, Jiangxi Province. Our school's 8 projects such as "Frequency Gate Microelectronics - Wireless Communication High-end RF Module Chip Leader" and "Core Sound Dongzhen - High-performance Bionic Acoustic SAW Filter Pioneer" participated in our school, from 121 countries and regions at home and abroad, 4347 colleges and universities, more than 2.28 million projects to highlight the siege, won 2 gold, 5 silver and 1 bronze, covering the main track, industrial proposition track, including undergraduate creative group, graduate creative group, start-up group, teacher-student co-creation group multiple groups, It set a new record for our school's best results since participating in this event. At the same time, our school won the "Main Track College Collective Award".
【Introduction of Award-Winning Projects】
Project Name: Pinnacle Microelectronics - The leader of high-end RF module chips for wireless communications
Awards: Gold Award in the Teacher-Student Co-creation Group of the Main Track of Higher Education
Team members: Liu Yuling (project leader), Wang Xin, Li Xin, Lu Zhou, Wu Yuke, Peng Weiting, Wang Xi, Liu Shuxuan, Xue Hao, Pan Yongsheng, Cheng Yang, Zhu Yilong, Chen Xiong
Instructors: Dong Yuandan, Yang Tao, Ma Zenghong, Xu Ruimin
Project Description: Chengdu Pindan Microelectronics Co., Ltd. is led by two national high-level talent experts and a well-known multinational company executive, and is composed of a master's and doctoral team based on the A+ discipline of the University of Electronic Science and Technology of China. The company focuses on the research and development of 4G/5G and Internet of Things advanced RF front-end chips and modules, and is committed to solving the problem of independent innovation of card neck technology. Since its inception, it has been highly valued by governments at all levels and favored by institutional investors. In the face of 5G and next-generation wireless communication technology, Frequency Ridge Microelectronics has made an active layout. The team has applied for nearly 100 patents at home and abroad and published more than 300 papers. Now it has mass-produced more than 30 high-performance RF chip products, mass production in more than 70 mobile phone, car, wear and CPE customers, and has been highly recognized by customers, and the key technical indicators of the product have reached the international leading level, filling the domestic gap of high-end RF filter chips. The frequency core stands, and there is a great for it.
Project Name: Core Acoustic Dongzhen - Pioneer of High-performance Bionic Acoustic SAW Filter
Awards: Higher Education Main Track Undergraduate Creative Group Gold Award
Team members: Liu Jiacheng (project leader), Jiang Zhixian, Tang Leshu, Deng Shilong, Cheng Shaochong, Liu Yingli, Zhang Xubin, Zhu Jiayan, Hou Shiqiang, Lv Peilin, Song Furui, Duan Weiyi, Zhao Borui
Instructors: Bao Jingfu, Hashimoto Kenya, Hao Yihua
Project Description: The team is committed to exploring the design method of high-performance acoustic resonator, and the core product is a high-end SAW/BAW microsonic filter. The product is mainly based on the purpose of improving the energy utilization rate of the resonator (reflected by the Q value) and the cost performance, introducing the bionic idea into the field of microelectronics, proposing the fish scale reflective grid structure and the periodic cell array structure for the first time, and processing the physical object for testing, so that it can be effectively applied to the highly integrated acoustic filter. At present, the order is more than 19 million. Core sound Dongzhen, leading the new wave, intelligently creating the future!
Project Name: Huaxin Zhike - Broadband High Energy Efficiency RF PA Chip Leader
Awards: Silver Medal in the Graduate Creative Category
Team members: Yang Bingzheng, Zhou Jie, Shu Yiyang, Wang Tongyu, Zheng Yuhang, Guo Xi, Chen Wen, Li Jiaxin, Pi Changting, Han Aoran, Han Changxuan, Deng Zhixian, Rao Yunbo, Tang Deshan, Wang Tianyi
Instructors: Luo Xun, Qian Huizhen, Liu Zhiwei
Project Description: Huaxin Zhike focuses on the research and development of high-end RF PA chips. Aiming at the problems faced by today's RF PAs such as narrow working bandwidth and low energy efficiency, a broadband high-efficiency mixed-signal PA chip was developed. So as to solve the technical pain points and meet the market demand.
Project Name: MARS - Artificial Energy Chip for Intelligent Terminals
Team members: Zhang Qian (project leader), Ling Xuan, Tan Qichuan, Peng Chunquan, Wu Mengfan, Fan Pan, Yi Na, You Mengli, Zhao Xin, Li Junfeng, Wang Karen, Jiang Chunzhi, Yang Caokun, Liao Tianhao, Geng Tianxin
Instructors: Xiang Yong, Yan Zongkai, Hu Xiaoran, Zhang Xiaokun, Li Hanchao
Project Description: Human-computer interaction is an important symbol of the intelligent era, and new interactive technologies such as suspension touch and gesture recognition are subverting human life. However, these processes rely on independent sensor devices to implement, which seriously hinders the development of electronic products in the direction of high integration and low cost. At present, more than 80% of China's sensors rely on imports, and sensing technology is monopolized by countries such as Europe, the United States and Japan. Drawing on the principles of human sensory biology, the team carried out the source innovation of sensing materials based on the subversive technology of material genes, and designed new materials and products that integrate multiple signal perceptions. And for the vehicle, mobile phone and other application scenarios to carry out application tests. In the future, we will strive to form an industrial alliance with the industry's leading companies to promote the development of the human-computer interaction industry. Wisdom transmission of core materials, to create the future.
Project Title: AMO - Wearless Full Body Motion Capture System
Awards: Silver Medal in the Start-up Category of the Main Track of Higher Education
Team members: Wang Peng (Project Leader), Huang Hejin, Wang Xiaoyi, Huang Chenghao, Hong Feng, Zhang Zhiyun, Lin Yuting, Bai Wei, Zhuang Yan, Zhang Ruichang, Chen Dian, Li Jinhao, Yuan Weimin, Guo Kangshuai, He Pan
Instructors: Zhou Tao, Zhang Yanru, Cai Shimin, Li Qing, Pang Jinyan
Project Description: Behind the prosperity of the market and the continuous change of content, there are hundreds of thousands of media companies across the country with heavy labor costs, high equipment costs and long production cycles, and the traditional motion capture method has high requirements for actors in the early stage, difficulty in shooting, and expensive equipment, high post-processing costs, long time periods, and difficult to generalize the data obtained. The AMO team takes this as the starting point and independently develops AMO - wearless full-body motion capture system to drive market development with scientific and technological means. The overall project is divided into three sections: to create animation batch output; to customize enterprise services according to local conditions; to precipitate digital assets and build an animation film and television resource platform.
Project Name: OLED Flexible Display Key Materials and Technology Industrialization
Awards: Industrial Proposition Track Silver Award
Team members: Liu Beiyuan (project leader), Hao Jie, Zeng Chaoyu, Wang Karen, Mao Yu, Tang Xin, Chen Weilong, Lai Long, Qi Guangjie, Li Hongkun, Dong Shuyue, Du Hongting
Instructors: Xiang Yong, Yan Zongkai, Peng Xiaoli, Hu Xiaoran, Zhang Xiaokun, Wu Fang, Zhao Panfeng, Li Hanchao
Project Description: In view of the rapid research and development needs of new materials in China, this team is determined to help the rapid development of China's OLED material industry by customizing the research and development of amorphous oxide semiconductor targets for enterprises. The team is currently a well-known R & D team in the field of domestic material genes, has continuously undertaken 2 national key R & D programs, 1 national "863" plan and other material gene projects 11, accumulated a series of core technologies, applied for more than 30 national invention patents, this project for the current industry pain points and industry development trends, developed OLED flexible display materials with high electron mobility.
Project Name: Electric locomotive roof intelligent inspection robot
Team members: Huang Zhanbo (project leader), Xie Xiangjiang, Shi Fei, Ding Qishuai, Tang Zihao, Yue Jinwei, Wang Yaqi, Yu Xinyue, Wang Jingwei, Ji Chunsheng, Qu Zihan, Shi Jiacheng, Che Taifu
Instructors: Luo Deyuan, Liu Yu, Sun Rui, Hu Wen
Project Description: China has the world's longest operating high-speed railway, and in the past 10 years due to locomotive roof failure caused by direct economic losses of nearly 10 billion yuan, pantograph excessive wear, insulator contamination are the main reasons for roof failure. The pantograph should be replaced every 5,000 kilometers, and the insulator should be cleaned every 15 days, with fast maintenance frequency and high maintenance costs. The locomotive roof intelligent maintenance robot developed by the Huanyu Zhixing team, millimeter-level stereo vision and laser infrared thermal imaging technology accurately identify and locate defects, life prediction and optimal maintenance strategies to avoid excessive maintenance, dry ice cleaning technology is efficient cleaning, and the annual labor maintenance cost can be saved by about 200,000 yuan per workshop. Huanyu Zhixing is committed to becoming the industry leader in the roof maintenance of EMU in the new era.
Project Title: Star Children's Project • Light Up Special You - Art Therapy and Employment Integration for Autistic People
Awards: Youth Red Dream Tour Circuit Bronze Award
Team members: Wen Shiyu (project leader), Ma Taiping, Liu Dingxiang, Tan Tian, Qin Yue, Lu Yuxing, Huang Yuanhao, Ma Yuchen, Li Zhihong, Yan Jialing, Hu Yi, Su Ying'ao, Du Shengyi, Ji Yunxiu, Liu Shukai
Instructors: Xu Wei, Han Hong, Zhang Huiping, Wang Li, Xie Yunan
Project Description: Founded in 2011, The Star Program is a non-profit organization for college students focusing on educational support, family empowerment and volunteer service for autistic patients. The Star Children's Project Art Healing Project is mainly to help the stars alleviate the speech and social barriers of the stars through the study of painting, music and drama art courses, cultivate the basic abilities of the stars and help the professional development of the stars. Along the way, the Xing'er Program has benefited more than 650 groups of autistic families, directly benefiting more than 4,700 people and calling on volunteers to participate in more than 40,000 volunteer services.
Project Title: Creative works based on the AI development platform ModeArts and MindSpore open source framework
Awards: Industrial Proposition Track Finalist Project
Team members: Liang Qi'ao (project leader), Wu Shihan, Shi Ye, Xiang Zhiying, Chang Shiqing, Zhang Enhua, Luo Jiayuan, Jiang Xinke, Chen Panyu, Ni Zhibin, Li Shun, Zhou Xiaoyu, Ji Xuelian, Zhang Jialin, Zhang Lin
Instructors: Wang Ruijin, Chen Ting, Fan Manping, Zhao Hongjiang, Li Zhenhao, Zhang Fengli
Project Description: The team is committed to developing a mobile AI intelligent picture cutting product with advanced technology, good user experience, convenient operation, and combination of software and hardware in the existing situation of consumers' requirements for image processing technology and increasing demand for image processing tools, while the existing machine vision image processing software cannot deal with the problem of image cutting problems very well. The project now has four core functions and two innovative functions, the core functions are intelligent optimization of picture proportion structure, one-click cutting of passers-by, clarity repair and portrait background bokeh, and innovative functions for video intelligent reconstruction and automatic color grading.
Project Name: Train an image style migration model using the Network CycleGAN supported by TinyMS, a mind-more advanced tool
Team members: Xia Ziying (project leader), Wang Qi, Zhang Shumao, Geng Zili, Feng Shunqiang, Chen Yilong, Xu Yifan, Du Xiaoqi, Deng Changjian, Han Haoran, Liu Siyu
Instructors: Cheng Jian, Zhao Dexuan
Project Description: Based on Huawei's MindSpore advanced tool Tinyms, we use deep learning technology to build a style migration network model, and design two commercial products for different user needs: the image style master social multi-terminal platform and the personalized custom style migration solution. Under huawei's Ascend AI ecosystem, Huawei provides users with simple, fast, and diversified style migration services to meet users' multi-faceted migration application needs, fill the gap in market demand, solve technical pain points and difficulties in multiple industries based on style migration technology in a multidisciplinary interdisciplinary context, actively promote the high-quality development of AI industry employment, and promote the continuous progress of the AI industry.
Source: The official WeChat of the University of Electronic Science and Technology